JPS6366594A - Display information input unit - Google Patents

Abstract

(57) [Abstract] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed description of the invention]

B] Industrial Application Field The present invention is directed to inputting point information for dot matrix display, particularly to inputting point information for dot matrix display, and in particular to inputting point information for dot matrix display, and in particular, inputting point information for dot matrix display.
}! The present invention relates to a display information input device suitable for use in creating display information for a display-only machine driven by a large-sized display 1. BACKGROUND OF THE INVENTION In recent years, the sophisticated dot matrix display a shown in Japanese Unexamined Patent Publication No. 107084/1984 has been used in stores. Street. For bus guidance, etc., a display device that displays the next display contents prepared in advance has been commercialized, and the display information is inputted by an input device using a microgrocer as shown in Japanese Patent Application Laid-open No. 60-21 7393. Created/entered. However, this more advanced display information input device only displays display information fr,
Since consideration has been given to how easily input data can be input, the input device does not display fW information.

[For example, a sentence] is only displayed, but you cannot know how it will be displayed on the display device until you actually display it on the display device. In particular, when one of the display modes t is selected, sentences and the like are expressed by white characters (inverted) K:l or by blinking, so this image of expression cannot be expected in the input device. Furthermore, in moving displays (so-called scrolls (flows), curtains, etc.), the expressed image varies depending on the speed, and changing all of these display modes after setting one display device is a cumbersome task. There is no display on the human-powered device.When inputting data, there is a cable that connects the display device and input device.However, one display device is as thick as a telephone pole, for example, rather than having a large number of people see the display. The length is 1m to 1.5m, and it is generally installed under the eaves or outdoors, so it is inconvenient to move it when creating and editing a sentence. In the input device, characters, figures, symbols, etc. that have dot information in advance (hereinafter referred to as "card registered display body"), characters, figures, symbols, etc. (hereinafter referred to as "J" and "1 user"), which are used by inputting tN information, are used. input representation] and ′f:
They are used in combination, but in this case, JP-A-57-115
As published in Japanese Patent Application Laid-Open No. 53-48421, a storage area for storing dot information is specified and used. However, if such a storage method is used in a display-only machine, the length of sentences etc. However, the transfer of display information from the input device to the display device (due to the large capacity of the reception, or the transmission of military information and dot information twice, etc.) [C] Problems that the invention addresses [5] The present invention was made to correct the above-mentioned points. The purpose of the present invention is to provide a display information manual system u2 that is efficient in use. 2. Means for solving the problem The present invention provides a display information input device with a display means. This display means is used to input information. Not only that, but also a similar display can be made when displayed on a monitor-like display device in a specific area of the display means, and more preferably, the speed condition can be changed during the monitoring.The display body can also be coded. At the same time, the memory block for display code and the memory block for dot information are increased by 4ff to form one display f-report area. You can check the display status (without having to transfer the image), you can set the speed data that matches the display image, and you can reduce the storage capacity because it requires less memory capacity to transfer and there are no restrictions on the length of sentences, etc. Embodiment with high utilization efficiency FIG. 1 is a plan view of a display 9I information input device according to an embodiment of the present invention, FIG. 2 is a sectional view of a display device used in combination with the input device, and FIG. The figure is a block diagram of these devices. In these figures, (IJ is a display means for displaying a display body consisting of a character, a figure, a symbol, etc. of the dot matrix child,
For example, a 48x256 dot liquid crystal display σV and its liquid crystal display [1111CPJr foot bias potential? It consists of a driver α4 which provides and drives this. (2) is an input means and consists of a keyboard. A display input section 12B consisting of kana, alphabetic characters, numerals, etc. for inputting a display (registered display) in which characters 1, figures, symbols, etc. are stored in the font memory (registered display); A dot information input section consisting of a conversion key (221 person input mode Φ- (222), monitoring - (225), etc.) and a touch panel with a matrix of key contacts corresponding to the dot pattern. (3) is a storage means, which includes a program memory for storing programs, a cartridge type storage device for storing display information, and freely provided with a socket etc.
It consists of a font memory Q that records dot information of the registered display type. After the storage device R field Fi display information (display mode, display body; input display body dot information, etc.) is stored, it is removed and connected back to the display device (5). Width: 12 CII Length: 112
A steel display 5h and a driver 5z for driving it. It consists of an ont memory Q and a display microphone processor (b) with a program, and displays data from the storage device C32.
This is a display-only device that performs display on the display 6υ by referring to the tafe readout 2 ont memory 53, etc. Therefore, the storage device country ranges from the display information input device to the display device (5
) serves as a data transfer medium to transfer display information to. (4) in FIG. 3 is the control means of the 1 display information input device. The above-mentioned display means (1), input means (2), storage means (
3) Data bus (DB) for exchanging data with
(DB), address bus (AB) (AB), and l
! IIJXI signal at is included. Uυ is a registration microprocessor 7t for storing display information in the storage device R6 according to the program memory 3υ. In addition, it is a microprocessor for the monitor that has been programmed for display.
0, which together with the clocking means 0 constitutes a means for changing the displayed speed data on the monitor and executing it, is an input means (
2) The run f (key scan) is a key encoder that outputs the associated code signal, etc., and the old one was a 4-indication register for sending display data to the display means (υ). It is a register controller that adds ra to a specific position t of the cursor or display.
) (2) ... consists of a tri-state gate array, etc., and is a signal? A is a gate circuit for exclusive use in the registration microprocessor (4IT and monitor microphone n processor?). As a result, the gate is switched, the 7th micro program is interacted with, and the other program is executed from the first AIJf location. The operation of the display information input device with this configuration will be explained. (1) Input ( !!Indication information registration]...Controlled by the registration microprocessor l. Started by turning on the power or suppressing - (222) during input mode. After that, function keys (for example, shift key) and input mode key ( 222), the display mode setting mode and 0 sentence creation mode are alternately switched. (1-1) Display mode setting mode M 411 The menu display screen (one of part or all] is displayed and the underlined part in one display is the cursor movement area.The cursor is positioned by the register controller le.For example, when the cursor is after "Display type;", the underlined part is the cursor movement area. If you press (221), display types such as "Flow", "Curtain", and "Fixed" will be called up for each operation. Also, when you move the cursor after "Display speed", the display type input section will change. Go up to the numeric keypad and specify the speed from 1 to 9. As a result, for example, in g41gCa), 8 scrolls horizontally from the top of the text, etc. are displayed with a single dot, and the scroll speed is 14#.Then, the text, etc. When the scrolling is completed, the display mode stops for time 14', the display blinks, and then returns to the scroll display again.When the display mode setting is completed, the function key and the input mode -?- (222 ), this display data is stored in the indicator block at the beginning of the storage device 1t33, and the mode is switched to the 1-sentence creation mode. The program starts by gradually storing the code start address corresponding to the number of the sentence number in the address block in tc3:.Then, the display code changes to the middle in response to the keystrokes in the display input section 4.
When output from the encoder circle, this is the first @order storage f
Code memory block for country i1 (memorized. At 2/3 position of the address block, the first blank address corresponding to the next address of the code memory block is incremented and memorized. In the case of fraud such as oral texts, etc., there are no symbols or characters that are not in the registered display body. When inputting and comparing, if the input mode key (222) is pressed, the dot information input section is quantified and the dot pattern can be input.When inputting the dot pattern is completed, the input mode key (222) is pressed again. Then the external character flag and f
The input display body in combination with the recording order is calculated and stored in the code storage block of the storage device 64, and the address at the 6° position (first blank address) of the address block is incremented and called out to be used as the dot first address. Then, the dot information based on the dot pattern just input is stored, and the first blank address which is the next address of the last address is stored in the digit 1 of the address block. 1 means (3) when display information such as display mode, display body code, input display body dot information, etc. is input in the following manner:
The address map is shown in 5 reasons. If incrementing the address in the address block is complicated, save it to the Dot 1ft Bounty Worker until the text creation mode ends. Upon completion of this creation mode, block composition may be performed as shown in FIG. In addition, the display information is stored in the storage device 4, but if there are multiple sets of 1 display fW@, it will be stored separately, iF included memory (random access memo 9: RAM) (i-set) , the number of display information may be included in the indicator block, and one specified display information may be transferred to the storage device (S) as many times as necessary.If this is set to 5, multiple storage devices 03 can be transferred. By preparing, it is possible to give the same or different display information to multiple displays ft (5J), and it is possible to give the same or different display information to multiple displays ft (5J). (2) Monitor... Monitor microprocessor (421
It is activated by the suppression of monitoring (223) under the control of . The register controller activates only the lower half of the liquid crystal display συ when accessing the display register,
It also outputs to a more sophisticated dot t'W@ using 16x160 dots on the screen. This allows you to use the fr
A fixed display area is secured. Then, the data of the display monitor is called up from the storage device f),
The program continuation address is stored in the next grog A register, and the clothing uncertainty data is preset in the clock means 145. Then, by using the contents of the current program register as a stack pointer and importing the contents of the next program register into the program register, the display in the specified display mode is displayed within the display frame described above in the display means (13). ◎The display is as shown in figure 6.
43, the display changes from moment to moment (when it is static data, the display itself is stationary, but it is counting the stationary time. At this time, when the numeric keypad for closing the display is pressed by the user), the data corresponding to that value is The display speed changes because the timer (43K) is stored in the timer (43K).This causes the display device (
5) You can get an idea of the display by IC. HrC in this mode For example, pressing the input mode key (222)
The speed data of the clocking means +431 is obtained from the monitor microprocessor (via the register microgrosse-nil internal humulator, etc.) except when the lL source is shut off.
The data is sent to the indicator block in the storage device and modified. In addition, as mentioned above, the pass line ft is reduced to one. Microprocessor? The one for registration and the one for monitoring may be unified. [G] Is it possible to display information using a display means of a human-powered device as a result of the effects of the invention? You can check the dynamic status immediately after inputting it. Furthermore, you can set all the telekinetic speed data shown in the display image. However, due to the shortness of such a storage device, the storage capacity for a set of display information that can be transferred is reduced. In addition, since the storage capacity of the display code is variable length, there is no restriction on the length of the displayed text, etc., so the utilization efficiency of the storage capacity is high.

[Brief explanation of the drawing]

FIG. 1 is a plan view of a display information input device according to an embodiment of the present invention, M
Figure 2 is a sectional view of a display device used in combination with the input device, Figure 3 is a four-dimensional diagram of these devices, and Figure 4 (a).
Xb) is the display mode menu picture 11ilir4 composition,
FIG. 5 is a memory map of the storage means (3). FIG. 6 is an explanatory diagram of the monitor display. (1)...Display means (2)...Input means, I2υ...Display person's power section, J
...Function human power Ef=, C231...Dot information input section. (3)...Storage means, 3υ...Program memory,
Data: Storage device, So: 7 Onto memory (4): Control means, (41): (For registration) Microprocessor, 143: (For monitor) i Microprocessor, (43. ...Timekeeping means, circle...Φ-encoder, sir...display register. Hit-...register controller. (5J...display device

Claims (1)

[Scope of Claims] 1) Display means for displaying a display body consisting of dot matrix type characters, figures, symbols, etc., input means for inputting and specifying display information of the display body and display mode of the display body, and a display. a removably installed storage device that stores body display information;
The present invention includes a control means for storing display information input from the input means in a storage device and displaying the display information stored in the storage device in a predetermined area of the display means in a predetermined display mode. Characteristic display information input device. 2) The control means is characterized by comprising a monitor changing means for receiving speed data in the display mode from the input means and changing the speed data being displayed when display information is being displayed in a predetermined area of the display means. A display information input device according to claim 1. 3) The input means has a function input section, a display input section, and a dot information input section, and the control means inputs a display code from the display input section and a display from the dot information input section to the storage device. The display information according to claim 1, further comprising a storage control means for storing the body code and dot information in blocks of continuous display body code and dot information, respectively. input device.